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The Atlas Series from MIPS is a comprehensive suite of compute subsystems tailored for the Physical AI landscape. Combining the three core components—Sense, Think, and Act—this series enables seamless real-time processing, decision-making, and actuation for autonomous systems. The Sense component is adept at handling immense data streams for efficient sensor fusion, while the Think component empowers AI inference models for precise edge-based decision processes. Act, the final component, excels in real-time motor control and efficient energy management, completing a robust framework for modern AI applications. Designed to scale and adapt rapidly, the Atlas Series offers unmatched performance across automotive, industrial, and robotics sectors.
The Think AI Inference Engines by MIPS bring cutting-edge AI processing capabilities to the edge, designed to support multi-modal physical AI applications. These engines facilitate a vast array of AI inference models, supporting both open-source and proprietary platforms. They provide scalable AI computing prowess extending from tens to thousands of Tera-Operations Per Second (TOPS) at optimal energy efficiency. Through their programmable and scalable nature, these engines enable tailor-made solutions for bespoke AI applications, fostering innovation in sectors like industrial automation and autonomous vehicles.
The Sense Data Movement Engines are designed to enhance autonomous platforms by accelerating data processing capabilities. Twinned with advanced network support, these engines streamline the flow of sensor data across platforms, enabling quicker data synthesis for responsive AI-driven decisions. They offer reliable and deterministic data movement essential for efficient network-based communication across diverse environments. These engines are integral to deploying autonomous solutions in data-intensive settings, providing the speed and reliability necessary for optimal AI operations.
Tailored for real-time operational efficiency, the Act Real-Time Compute Solutions ensure precise control for systems demanding high-fidelity computation. Particularly prevalent in applications like robotics and advanced vehicle systems, these solutions provide ultra-low latency control loops, enhancing the efficacy of AI processes in dynamic environments. The Act solution embraces a multithreaded architecture designed to reduce processing time while maintaining robust performance levels, suitable for applications where split-second decision-making is crucial.
The I8500 features a 4-way simultaneous multi-threading capability that significantly amplifies data throughput and processing speed. It offers a coherent, multi-cluster architecture that caters to the needs of 5G infrastructure and embedded systems. High functional safety is embedded into its design, making it ideal for environments where reliability is paramount. This processor exhibits flexible integration capabilities, supporting diverse applications ranging from telecommunications to high-end computing, thereby ensuring versatile solutions for future-tech deployments.
The P8700 Series is tailored for applications requiring high-performance computation capabilities. Featuring a RISC-V architecture, this series boasts of multi-threaded, out-of-order execution that enhances real-time data processing. Widely used in automotive and industrial applications, it supports advanced driver assistance systems and autonomous vehicle functionalities by integrating safety and high-efficiency computing in a singular platform. This series is remarkable for its ability to process vast amounts of data seamlessly, allowing for sophisticated decision-making in real-world scenarios.
The P8700 Series is engineered as a high-performance multi-core solution equipped with RISC-V capabilities. This series empowers the autonomous and industrial landscapes with its enhanced computing power and operational efficacy. Specifically designed to meet the robust requirements of modern AI-enabled applications, it integrates advanced computation and functional safety seamlessly. This series is instrumental in enabling complex and resource-intensive tasks, ensuring high throughput and low latency in diverse operational settings.
The I8500 is a potent multiprocessor developed to facilitate high-speed data operations using its 4-way simultaneous multithreading technique. This efficient design supports a plethora of applications demanding rigorous performance and steadfast reliability, such as critical communication infrastructures and complex industrial systems. Integrating RISC-V architecture., the I8500 maintains high scalability, allowing for seamless adaptability in varied tech deployments, meeting the modern-day demands of next-generation processing environments.
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